News

📢 Latest facies characterization using our plugins for OpendTect!

18 Mar , 2025 Bayes,Geophysics,Geostatistics,Seismic Inversion

📢 Latest facies characterization using our plugins for OpendTect!

We recently performed a high resolution facies characterization study using our plugins developed for OpendTect by dGB Earth Sciences. This work was done in collaboration with our consulting partner Ricardo Zavala-Torres, Agustín Heriberto Domínguez Mendoza from PEMEX and Armando Fragoso from GEOKRONIX. The workflow includes:✅ Seismic Spectral Blueing✅ Wavelet Estimation✅ Low-Frequency Modeling✅ Bayesian Linearized Inversion✅ […]

🚀 Accelerating History Matching with AI & ES-MDA 🎯🔬

11 Mar , 2025 AI,Deep Learning,Geophysics,Geostatistics,History Matching

🚀 Accelerating History Matching with AI & ES-MDA 🎯🔬

4D Seismic monitoring provides crucial insights for reservoir management, but its high dimensionality and processing complexity significantly impact the efficiency of inversion problems like history matching with Ensemble Smoother with Multiple Data Assimilation (ES-MDA). 🔍 The Challenge:4D seismic data requires intensive processing, which can degrade assimilation performance and slow down model updates. 💡 Our Solution:By […]

Workshop on seismic inversion

27 Feb , 2025 Bayes,Geophysics,Geostatistics,Seismic Inversion

Workshop on seismic inversion

This week, part of the LTrace team participated in a workshop on seismic inversion at the Universidade Federal de Santa Catarina, Connectionism and Cognitive Sciences Lab. We had the pleasure of welcoming Professor Dr. Dario Grana from the University of Wyoming as a special speaker. He delivered an insightful lecture on his consortium focused on […]

🔬 Exciting Milestone in the LTrace Project with Equinor!🔬

18 Feb , 2025 AI,Digital rock physics,GeoSlicer

🔬 Exciting Milestone in the LTrace Project with Equinor!🔬

📢 Generated digital rock model with 3344×1360×8304 voxels 📢 We are thrilled to share our latest results from the MUSA project, where we integrate microCT and coreCT data using a novel multiscale approach!Based on CSinGAN (https://lnkd.in/dgx4D-WY), a generative model, we introduced the coreCT conditioner only at the generation stage. This ensures that unresolved phases in […]

🔬Training Day at LTrace!🔬

13 Feb , 2025 AI,Digital rock physics,GeoSlicer

🔬Training Day at LTrace!🔬

Today, LTrace conducted a short course for Petrobras on the Thin Section environment of the GeoSlicer software. Our mentor for the course was Márcio Valério Weck Pereira Among its many capabilities, we applied our AI-driven segmentation algorithm for thin sections, enabling the identification of both minerals and textures (GIF below). 🧠💡 🔹 Reminder: GeoSlicer is […]

Modeling fluid flow in porous media with broad pore size distributions

5 Dec , 2024 Digital rock physics,GeoSlicer,Pore Network Model

Modeling fluid flow in porous media with broad pore size distributions

📢 Modeling fluid flow in porous media with broad pore size distributions remains an open challenge, as balancing field of view and voxel resolution often requires difficult compromises. 🔬 Our latest developments 🔬We’re excited to share our developments on multiscale pore network models, implemented in the open-source solution Geoslicer. Multiscale PNM addresses this challenge by representing subresolution pores through effective properties while reducing the computational […]